10209 Redundancy Switch
10 MHz to 18 GHz
SA T C O M
10209-T yp e 1:1 Redundancy Switch U nits
T he 10209-typ e redundancy switch p lug -in
m o dules are desig ned to p ro tect system s ag ainst
laser, p ho to dio de, o r fi b er failure. T he m o d-
ules can b e co nfi g ured acco rding to ap p licatio n
req uirem ents, as indicated in the b lo ck diag ram s
b elo w. In the co nv entio nal 1:1 redundancy
scenario , the RF o utp ut is sp lit and sent to two
sep arate transm itter and receiv er link s sup p o rt-
ed b y a 10209 switch. In site-div ersity ap p lica-
tio ns, the o p tical o utp ut is sp lit so that it can b e
sent o v er two sep arate fi b er link s and then fed
into the 10209 switch.
B lo ck D iag ram
Primary
Fiber
Tx
Fiber
Rx
RF
Fiber
A p p licatio ns
•
•
1:1 Redundancy
Site D iv ersity
RF
Splitter
10209
RSU
Primary
Fiber
Fiber
Tx
Fiber
Rx
RF
F eatures
•
•
•
•
•
•
5 0W o r 7 5 W
10 M H z to 18 G H z
B N C , and SM A interface
Rem o te status m o nito ring
Rem o te co ntro l
1:1 Redundancy Configuration
Primary
Fiber
RF
Rx
Fiber
A uto m atic co ntro l
Fiber
Tx
Optical
Splitter
10209
RSU
Primary
Fiber
Fiber
Rx
RF
Site Diversity
F ig ure 1. 10209 Redundancy Switch U nit A p p licatio ns
O rder Info rm atio n
10209A : 10 M H z - 23 00 M H z , 7 5 o hm , B N C
10209C : 10 M H z - 23 00 M H z , 7 5 o hm , T yp e “ F ”
10209E : 10 M H z -18 000 M H z , 5 0 o hm , T yp e SM A
C o p yrig ht© 2010 E m co re C o rp o ratio n
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6 26 293 3 4 28
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